timflow.transient.linedoublet.LeakyWall
=======================================

.. toctree::
   :hidden:

   /api/timflow/transient/linedoublet/LeakyWall.initialize
   /api/timflow/transient/linedoublet/LeakyWall.setflowcoef
   /api/timflow/transient/linedoublet/LeakyWall.potinf
   /api/timflow/transient/linedoublet/LeakyWall.disvecinf
   /api/timflow/transient/linedoublet/LeakyWall.plot
   /api/timflow/transient/linedoublet/LeakyWall.potential
   /api/timflow/transient/linedoublet/LeakyWall.unitpotential
   /api/timflow/transient/linedoublet/LeakyWall.unitpotentialone
   /api/timflow/transient/linedoublet/LeakyWall.disvec
   /api/timflow/transient/linedoublet/LeakyWall.unitdisvec
   /api/timflow/transient/linedoublet/LeakyWall.potinflayers
   /api/timflow/transient/linedoublet/LeakyWall.potentiallayers
   /api/timflow/transient/linedoublet/LeakyWall.unitpotentiallayers
   /api/timflow/transient/linedoublet/LeakyWall.disvecinflayers
   /api/timflow/transient/linedoublet/LeakyWall.disveclayers
   /api/timflow/transient/linedoublet/LeakyWall.unitdisveclayers
   /api/timflow/transient/linedoublet/LeakyWall.discharge
   /api/timflow/transient/linedoublet/LeakyWall.dischargeold
   /api/timflow/transient/linedoublet/LeakyWall.run_after_solve
   /api/timflow/transient/linedoublet/LeakyWall.equation

.. py:class:: timflow.transient.linedoublet.LeakyWall(model, x1=-1, y1=0, x2=1, y2=0, res='imp', order=0, layers=0, label=None, addtomodel=True)

   Bases: :py:obj:`LineDoubletHoBase`, :py:obj:`timflow.transient.equation.LeakyWallEquation`


   
   Create a segment of a leaky wall, which is simulated with a line-doublet.

   The specific discharge through the wall is equal to the head difference
   across the wall divided by the resistance of the wall.

   :param model: Model to which the element is added
   :type model: Model object
   :param x1: x-coordinate of fist point of line-doublet
   :type x1: scalar
   :param y1: y-coordinate of fist point of line-doublet
   :type y1: scalar
   :param x2: x-coordinate of second point of line-doublet
   :type x2: scalar
   :param y2: y-coordinate of second point of line-doublet
   :type y2: scalar
   :param res: if string: 'imp' for an impermeable wall (same as res = np.inf)
               if scalar: resistance of leaky wall
   :type res: scalar or string
   :param order: polynomial order of potential jump along line-doublet
                 (head jump if transmissivity is equal on each side of wall)
   :type order: int (default is 0)
   :param layers: layer(s) in which element is placed
                  if scalar: element is placed in this layer
                  if list or array: element is placed in all these layers
   :type layers: scalar, list or array
   :param label: label of element
   :type label: str or None

   .. seealso:: :class:`.LeakyLineDoubletString`















   ..
       !! processed by numpydoc !!
Methods
-------

.. autoapisummary::

   timflow.transient.linedoublet.LeakyWall.initialize
   timflow.transient.linedoublet.LeakyWall.setflowcoef
   timflow.transient.linedoublet.LeakyWall.potinf
   timflow.transient.linedoublet.LeakyWall.disvecinf
   timflow.transient.linedoublet.LeakyWall.plot
   timflow.transient.linedoublet.LeakyWall.potential
   timflow.transient.linedoublet.LeakyWall.unitpotential
   timflow.transient.linedoublet.LeakyWall.unitpotentialone
   timflow.transient.linedoublet.LeakyWall.disvec
   timflow.transient.linedoublet.LeakyWall.unitdisvec
   timflow.transient.linedoublet.LeakyWall.potinflayers
   timflow.transient.linedoublet.LeakyWall.potentiallayers
   timflow.transient.linedoublet.LeakyWall.unitpotentiallayers
   timflow.transient.linedoublet.LeakyWall.disvecinflayers
   timflow.transient.linedoublet.LeakyWall.disveclayers
   timflow.transient.linedoublet.LeakyWall.unitdisveclayers
   timflow.transient.linedoublet.LeakyWall.discharge
   timflow.transient.linedoublet.LeakyWall.dischargeold
   timflow.transient.linedoublet.LeakyWall.run_after_solve
   timflow.transient.linedoublet.LeakyWall.equation